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Properties
ALIDCode
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Communication
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Node
NodeCount
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OfflineRequest
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PassiveEntity
PhysicalConnection
PortNumber
PType
Reply
SessionID
SML
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T1
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Verification
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ViewStyle
WaitBit
WorkSpace

Methods
Configure
DefProc
IndexToALID
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Events
CommunicationStateChanged
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Errors
Received
Sent
VIDChanged

Node Property

Node specifier. A node is the operand in the message structure.

Folders in a hard disk can be given a "tree structure" on a PC. A folder is created and files are placed inside of it. Not only files but also folders can be made inside of a folder. In a tree format, the folder is the "branch" and the files are the "leaves".

In the same way, an SML data structure can also be given a tree structure. The list will be the "branch", and the other items will be the "leaves". The node is a classifier which identifies the "branch" and "leaf" positions.

Nodes are made up of slashes ("/") and the node number.If a node is empty (""), the root will be considered what was specified. In general roots are in list format, but other formats may also be specified. The root must be in list format when there are sub-nodes.

For example, let us assume an SML as follows.


  {
      <a'Kelly'>
      {
          <a'Brenda'>
          {
              <a'Donna'>
          }
      }
      <a'Valerie'>
      {
          {
              {
                  <a'Andrea'>
              }
          }
      }
  }

Let us assign numbers so it is easy to identify nodes.


1 {
    1 <a'Kelly'>
    2 {
        1 <a'Brenda'>
        2 {
            1 <a'Donna'>
          }
      }
    3 <a'Valerie'>
    4 {
        1 {
            1 {
                1 <a'Andrea'>
              }
          }
      }
  }

If Kelly, Brenda, Donna, Valerie, and Andrea are shown denoted as node positions, they would be as follows. There are no restrictions on the node nesting level.


ValueNode
Kelly1
Brenda2/1
Donna2/2/1
Valerie3
Andrea4/1/1/1

If the node is in array format, use [] to extract identifiers and specify and index. For example, let us assume an SML such as that below.


{
  <f8 9.11 3.14>
}

If we wished to extract the second element, "3.14", we would specify the index. Since the index starts from 0, if it is the 2nd element, it would be "1".


.Node = "1[1]"

When this is read out, only the identifier returns, as shown below.


"3.14"

Syntax

Visual Basic

Node As String


Visual C++

BSTR GetNode();
void SetNode(LPCTSTR lpszNewValue);

Return Value

Example

Remarks

See Also

NodeCount Property
NodeType Property
NodeValue Property
NodeValueHex Property

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